Education
Theory becomes practice through team projects, experiments and mentorship.
LPSI / APPLIED SOFTWARE ENGINEERING LAB
Applied Software Engineering Lab
Software engineering for science, industry and society. A place where disciplines meet, ideas develop and new knowledge takes shape.
Discover the laboratory01 / ABOUT THE LAB
ASE Lab connects software engineering with challenges across scientific and professional fields. Within the Faculty of Technical Sciences, the laboratory provides a foundation for teaching, research, software development and professional collaboration.
Theory becomes practice through team projects, experiments and mentorship.
Interdisciplinary methods open new questions and connect different fields of knowledge.
Scientific insights and software solutions address the challenges of real-world systems.
Developing software solutions through collaboration across fields.
Active participation and learning through collaborative project work.
Laying the groundwork for national and international research projects.
Bringing science to wider audiences and putting new ideas into practice.
Experimental work at bachelor’s, master’s and doctoral levels.
Bringing education, research and industry into continuing dialogue.
02 / RESEARCH AREAS
From physiological signals to infrastructure systems — software connects the disciplines.
Modern software systems, architectures, distributed platforms and specialized research software.
Industrial communication, infrastructure monitoring, data acquisition, automation and intelligent control.
EEG, ECG and EMG analysis, neurofeedback, clinical research support and personalized systems for sports medicine.
Interactive environments for psychological experiments, cognitive measurement and psychophysiological assessment.
Connecting electrical systems with visualization, control, machine learning, IoT and extended reality.
Immersive environments, simulations, experimental platforms and interactive visualization.
Visual analytics, signal visualization and digital models supported by machine learning.
Digital laboratories, interactive platforms, practical simulations and interdisciplinary knowledge transfer.
03 / RESEARCH & DEVELOPMENT
Explore our team’s research and development activities, drawn from the laboratory’s institutional documentation.
A simulation connecting neurofeedback with visual mapping of brain activity.
An educational and diagnostic tool applying virtual reality to cardiology.
Converting power grid maps into 3D topographic views for editing, adding, moving and checking the network.
A software system for mapping and classifying brain activity.
Assessing levels of neuroplasticity through non-invasive techniques.
Connecting a neurofeedback system to a physical response.
Adapting simulation opponents based on estimated cognitive parameters.
Investigating objective psychological parameters with machine learning.
Time window-based multispectral brain mapping for cognitive measurement.
Applying multispectral brain mapping to the assessment of learning processes.
Developing a virtual environment for driving simulation.
A driving simulator with visibility dynamically limited by attention level.
Theoretical and experimental studies of responses to audiovisual stimuli in virtual environments.
Measuring activity in virtual reality with remote data processing.
Applying computer networks to connect measurement information systems.
A mobile application for diagnosing computer networks.
Implementing secure data transfer in digital interactive psychology.
A client-server architecture for processing and transferring electroencephalogram data in real time.
A software platform for cognitive research with EEG data transfer.
A conceptual design for a phone application for selective attention testing.
A mobile application combining EEG measurement with the creation of psychological tests.
Investigating 3D shapes and printing parameters for biomedical and biomechanical applications.
04 / EDUCATION
The laboratory brings teaching and research together through practical work, collaborative problem-solving and mentorship.
Computer-based exercises and work with real software and infrastructure systems.
Teamwork, interdisciplinary challenges and the development of solutions from idea to application.
Research and experimental work for bachelor’s and master’s theses and doctoral dissertations.
05 / INTERNSHIPS & FIRST STEPS
We welcome bachelor’s, master’s and doctoral students, as well as secondary school students who would like to explore possible paths in engineering. The laboratory offers a place to encounter research, practical work and new ideas.
Connect what you learn in your degree with practical tasks and discover different applications of software engineering.
Develop your interests through more complex engineering problems and an interdisciplinary approach.
Explore opportunities for research, experimentation and connecting software engineering with other disciplines.
Discover the world of engineering, find what interests you and explore possible directions for further study.
The topic, scope and form of participation are agreed according to your interests, prior knowledge and the laboratory’s capacity.
06 / PEOPLE OF THE LAB
A team of faculty, teaching associates and technical staff connecting education, research and software engineering at the Faculty of Technical Sciences.
Professor, PhD
Laboratory member
Associate Professor, PhD
Laboratory member
Associate Professor, PhD
Laboratory member
Assistant Professor, PhD
Head of laboratory
Teaching Assistant
Laboratory member
Teaching Assistant
Laboratory member
Teaching Assistant
Laboratory member
Laboratory Technician
Laboratory member
07 / COLLABORATION
We welcome collaboration with laboratories, universities, faculties, institutes, research centres and industry, nationally and internationally.
08 / CONTACT